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web.groovymark@gmail.com
- December 26, 2024
Question 41
What is the primary advantage of using automation in cloud management?
a) It increases encryption
b) It reduces manual intervention and errors
c) It improves storage space
d) It enhances network speed
Correct Answer: b) It reduces manual intervention and errors
Explanation: Automation reduces the need for manual processes, minimizing errors and
improving efficiency in cloud management.
Question 42
What is a key feature of orchestration in cloud environments?
a) It manages virtual machines
b) It coordinates automated tasks across multiple systems
c) It improves encryption security
d) It monitors network traffic
Correct Answer: b) It coordinates automated tasks across multiple systems
Explanation: Orchestration automates and coordinates tasks such as provisioning, scaling,
and management across cloud systems.
Question 43
What is the main purpose of using APIs in cloud computing?
a) To reduce storage costs
b) To allow communication between cloud services and applications
c) To encrypt data in transit
d) To monitor network bandwidth
Correct Answer: b) To allow communication between cloud services and applications
Explanation: APIs enable seamless communication and integration between different
cloud services and applications.
Question 44
What is the key benefit of using object storage in cloud environments?
a) Increased encryption
b) Easy scalability for unstructured data
c) Improved CPU performance
d) Lower network latency
Correct Answer: b) Easy scalability for unstructured data
Explanation: Object storage is ideal for unstructured data, such as images and videos,
offering scalability and durability.
Question 45
What is the function of fault tolerance in cloud computing?
a) To improve encryption standards
b) To ensure a system continues operating even if a component fails
c) To increase network traffic
d) To reduce storage space
Correct Answer: b) To ensure a system continues operating even if a component fails
Explanation: Fault tolerance ensures that a system can continue functioning despite the
failure of one or more components.
Question 46
What is a common use case for cloud-based disaster recovery solutions?
a) To manage storage quotas
b) To reduce CPU usage
c) To replicate critical systems in case of failure
d) To encrypt virtual machines
Correct Answer: c) To replicate critical systems in case of failure
Explanation: Cloud-based disaster recovery replicates systems and data to ensure
business continuity during outages or disasters.
Question 47
What is the purpose of a cloud service provider’s shared responsibility model?
a) To encrypt all cloud data
b) To clarify security roles between the provider and the customer
c) To allocate CPU resources
d) To distribute network traffic
Correct Answer: b) To clarify security roles between the provider and the customer
Explanation: The shared responsibility model defines which security tasks are handled by
the cloud provider and which are managed by the customer.
Question 48
What is the primary function of a hot site in disaster recovery planning?
a) To encrypt sensitive data
b) To ensure immediate operational readiness in case of a disaster
c) To reduce storage costs
d) To monitor CPU usage
Correct Answer: b) To ensure immediate operational readiness in case of a disaster
Explanation: A hot site is a fully operational backup site that can take over operations
immediately after a disaster.
Question 49
Which protocol is typically used for secure web communication in cloud environments?
a) HTTP
b) FTP
c) SMTP
d) HTTPS
Correct Answer: d) HTTPS
Explanation: HTTPS is a secure communication protocol used to encrypt data transmitted
between a user's browser and a web server.
Question 50
What is the key purpose of using a load balancer in cloud environments?
a) To store virtual machine backups
b) To distribute incoming network traffic across multiple servers
c) To encrypt network traffic
d) To monitor CPU usage
Correct Answer: b) To distribute incoming network traffic across multiple servers
Explanation: Load balancers distribute network traffic across multiple servers to optimize
resource use and prevent server overload.
